Search Constraints

Start Over
Filtering by: Committee Member Levien, Keith L. Remove constraint Committee Member: Levien, Keith L. Degree Name Master of Science (M.S.) Remove constraint Degree Name: Master of Science (M.S.) Language English [eng] Remove constraint Language: English [eng]

Search Results

  • Novel Interfacial Syntheses of Covalent Organic Frameworks

    Creator:
    Liu, Ziyan
    Abstract:
    Covalent organic frameworks (COFs) are an emerging type of microporous crystalline polymers connected by organic units via strong covalent bonds. Due to the well-defined crystalline structure and excellent chemical and thermal stabilities, COF materials are being considered as promising candidates in a variety of applications, such as gas adsorption, catalysis...
    Resource Type:
    Masters Thesis
    Full Text:
    . I would like to extend my appreciation to my committee members: Dr. Keith L. Levien, Dr. Zhenxing

  • Synthesis, surface treatment, and characterization of copper indium sulfide quantum dots

    Creator:
    Alemu, Yagenetfere A.
    Abstract:
    The need for less toxic quantum dots (QDs) has led to a significant number of investigations related to copper indium sulfide (CIS) QDs. Lower toxicity and broad band absorbance width makes CIS QDs appealing for light emitting diodes (LEDs), lasers, sensors, bio-imaging, solar cells, and computing. The optical and electronic...
    Resource Type:
    Masters Thesis

  • Spray drying for erythrocyte preservation at room temperature

    Creator:
    Leu, Hsuan-Yu
    Abstract:
    Spray drying has been widely used in food science for long-term storage of products such as powdered milk, and it has recently been used for preservation of more temperature sensitive products such as human blood plasma and single-cell organisms. However, there are no previous reports of successful spray drying of...
    Resource Type:
    Masters Thesis
    Full Text:
    desired temperature was achieved by mixing 100 μL of 40% hematocrit RBC 6.5% 11% 22% 43% 53% 75% RBCs

  • Characterization of a digital phase locked loop and a stochastic time to digital converter

    Creator:
    Geissenhainer, Erik D.
    Abstract:
    A digital phase locked loop (DPLL) and a statistical time-to-digital converter (STDC) were previously fabricated in a 0.35µm, 3.3V SOI CMOS process. This work summarizes these designs and characterizes the measured performance. Simulations supplement the measurements where applicable. The DPLL was found to reach a locked state under a limited...
    Resource Type:
    Masters Thesis
    Full Text:
    276 277 278 279 Time (microseconds) C TR L W or d Figure 3.9 Phase error signal (top) and

  • Analysis and synthesis of neural networks

    Creator:
    Skelton, Jeanette K.
    Abstract:
    The brain has long attracted the interest of researchers. Some tasks, such as pattern recognition and optimization, have proven to be exceptionally difficult for conventional computing systems to perform, but are executed by the brain almost effortlessly. Due to the large number of neurons and interconnections, it has proven impossible...
    Resource Type:
    Masters Thesis
    Full Text:
    are due to my other committee members Jim Herzog and Keith Levien. Finally, credit should be given to

  • The solubility of naphthalene in supercritical carbon dioxide : a comparison of the compressed-gas and expanded-liquid treatments

    Creator:
    Jones, Timothy J.
    Resource Type:
    Masters Thesis
    Full Text:
    . Keith Levien for having served on my committee, and Adeline McKim for typing the final manuscript

  • Analysis and modeling of substrate noise coupling for NMOS transistors in heavily doped substrates

    Creator:
    Hsu, Shu-ching
    Abstract:
    This thesis examines substrate noise coupling for NMOS transistors in heavily doped substrates. The study begins with the analysis of an NMOS transistor switching noise in a digital inverter at the device level. A resistive substrate network for the NMOS transistor is proposed and verified. Coupling between N+- P+ contacts...
    Resource Type:
    Masters Thesis
    Full Text:
    Xu and Dr. Keith Levien for being my committee members. I would like to thank Dr. Chenggang Xu again

  • Design of low power 2.4GHz CMOS LC balanced oscillators with low phase noise and large tuning range

    Creator:
    Seshan, Nilakantan
    Abstract:
    The design of two 2.4GHz CMOS LC balanced oscillators in the 0.25μm National BiCMOS process for Bluetooth specifications is presented. These oscillators achieve low phase noise with low power consumption. At a frequency offset of 500KHz from the 2.11GHz carrier, the measured phase noise is -101.9dBc/Hz for the NMOS oscillator...
    Resource Type:
    Masters Thesis
    Full Text:
    been the wind beneath my wings. I would also like to acknowledge Dr. Gabor Temes and Dr. Keith Levien

  • A comprehensive integration of first year engineering education

    Creator:
    Shuman, Matthew W.
    Abstract:
    Retention of engineering students is a problem for many universities, especially during the first year. The problem of introducing students to engineering while increasing retention rates has recently been addressed by many different universities. Implementing novel lab structures, adjusting the lecture to incorporate more effective teaching techniques, and using orientation...
    Resource Type:
    Masters Thesis
    Full Text:
    ://www.nsf.gov/pubs/1998/ nsf9892/next.htm). [2] (2008, August) Jamieson, L, “Engineering Education in a

  • Fabrication of Biological Pigment Nanowires by Inkjet Printing

    Creator:
    Cao, Yu
    Abstract:
    Digital inkjet printing is developing quickly today because inkjet printing processes consume less energy and water and produce less waste discharge than traditional dyeing and other printing technologies. Inkjet printing provides more versatility and flexibility in terms of printing patterns and colors. Natural pigments are gaining more attention today as...
    Resource Type:
    Masters Thesis
    Full Text:
    the integrating form of equation 2.4 by applying initial condition t=0, L=0. L is the wetted fiber